I need help with my C$++$ program. Program below is a a class called MotorStatus and you may only modify the turnOff function and main function.

$-$ The turnOff function should turn off the guessed motor $($if it is over heating$)$ and return true if the correct motor$/$s are turned off. $($not working$)$

$-$ If the motor is not overheating it leave it in is original state on$/$off$,$ respectively.$($not working$)$

$-$ If the user guesses wrong the overheating motor will get so hot another motor will overheat. $($working $-$updateOverheating$())$

$)$

I need help with how to debug the code and fix turnOff to correctly shut down the correct motors according to the user input.$$The program is listed below:

#include

#include

#include

#include

class MotorStatus $\{$

private:

uint$8\_$t motorState; $//$ Each bit represents the status of a motor $($on$/$off$)$

uint$8\_$t overheatingMotors; $//$ Motors that are overheating

int turnCount;

$//$ Function to randomly initialize motors $($on$/$off$)$ and overheat one motor

void initialize$()\{$

srand$($time$(0))$;

motorState $=$ rand$()\%256$; $//$ Randomly turn motors on$/$off

updateOverheating$()$; $//$ Randomly overheat one motor

turnCount $=0$;

displayStatus$()$;

$\}$

$//$ Incrementally overheat motors with each turn, ensuring the motor is ON and

not already overheating

void updateOverheating$()\{$

int newMotor;

do $\{$

newMotor $=$ rand$()\%8$; $//$ Randomly select a motor

$\}$ while $(((1<<$ newMotor$)$ & motorState$)==0||//$ Ensure the motor is ON

$((1<<$ newMotor$)$ & overheatingMotors$)!=0)$; $//$ Ensure the motor

is not already overheating

overheatingMotors $|=(1<<$ newMotor$)$; $//$ Set the selected motor to

overheat

turnCount$++$;

$\}$

void displayStatus$()\{$

std::cout $<<$ "Motor State $($ON$/$OFF$)$: $"<<$ std::bitset$<8>($motorState$)<<$

std::endl;

std::cout $<<$ "Overheating Motors: $"<<$ std::bitset$<8>($overheatingMotors$)$

$<<$ std::endl;

std::cout $<<$ "Turn Count: $"<<$ turnCount $<<$ std::endl;

$\}$

public:

MotorStatus$()\{$

initialize$()$;

$\}$

$//$ Simulate a guess attempt

bool turnOff$($uint$8\_$t guess$)\{$

$//$ turn off the motors that are associated with the guess

motorState $^=($overheatingMotors & guess$)$;

if $($guess $==$ motorState$)\{$

$\}$

$//$ Motors that are not overheating and were turned off are restored to ON

updateOverheating$()$; $//$ Each incorect guess makes another motor overheat

displayStatus$()$;

return false;

$\}$

$//$ Display current motor status $($for debugging purposes$)$

$\}$;

int main$()\{$

MotorStatus motorStatus;

uint$8\_$t guess $=0$b$00000001$; $//$ Start with all motors off

$//$ Loop until all motors are turned off

while $(!$motorStatus.turnOff$($guess$))\{$

$//$ The student can use bitwise AND$/$OR$/$XOR here to adjust the guess based on

the feedback

$\}$

$\}$